CN208694417U - A kind of vertical suspention dehydration device - Google Patents
A kind of vertical suspention dehydration device Download PDFInfo
- Publication number
- CN208694417U CN208694417U CN201821324912.4U CN201821324912U CN208694417U CN 208694417 U CN208694417 U CN 208694417U CN 201821324912 U CN201821324912 U CN 201821324912U CN 208694417 U CN208694417 U CN 208694417U
- Authority
- CN
- China
- Prior art keywords
- vertical
- casing
- driven wheel
- suspention
- drive shaft
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model provides a kind of vertical suspention dehydration device, including at least rack and motor, dewatering system, angular adjustment system and transmission system are additionally provided in the vertical suspention dehydration device, wherein dewatering system is made of two vertical dewatering units and side seal board, and the vertical dewatering unit includes casing, arc panel, drain pipe, filter cloth, filter plate band and suspending rod and bearing；The angular adjustment system includes counter-balanced carriage, clump weight, shaft and adjusting bracket；The transmission system includes driving wheel, the first driven wheel, the second driven wheel, deflecting roller, drive shaft, cam and transmission belt.Vertical suspention dehydration device provided by the utility model uses completely new dehydration mode, the device can continuous feed, discharging, treating capacity is big, and dehydration efficiency is high, and dehydration is thorough.
Description
Technical field
The utility model provides the suspension type dehydration dress of a kind of equipment for separating liquid from solid more particularly to a kind of vertical structure
It sets, belongs to mechanical engineering technical field.
Background technique
Dehydration is also referred to as separated by solid-liquid separation, and is all to be separated by solid-liquid separation the separated process of solid and liquid, and method is very more, sinks
The methods of drop, filtering, film filtering, filters pressing, vacuum, centrifugation can be realized.But the treatment effeciency of the above method and processing effect
Fruit is different.It is, in general, that common dehydration device has plate and frame type filter-press, belt type dewaterer and centrifugal dehydration in industrial sector
Machine three classes.
Plate and frame type filter-press is the extruding by sheet frame, and the water in sludge is discharged by filter cloth, reaches dehydration purpose.It
Mainly by recessed people's formula filter plate, frame, automatic-pneumatic closed system drafting board suspension, filter plate vibroseis, air compression dress
It sets, filter cloth high-pressure flushing device and fuselage side photoelectric protector etc. are constituted.Filter plate with filtrate parallel with filter frame is handed over
For arrangement, every group of filter plate and filter frame are sandwiched between filter cloth.Filter plate and filter frame are compressed with movable section, make structure between filter plate and filter plate
At a filters pressing room.Sludge sends mouth to flow out by filter plate from liquor inlet outflow water from filtrate, and mud cake is deposited in filter cloth in frame
On, mud cake is just easy to peel off after filter plate and filter frame release.Its advantage are as follows: structure is simple, and operation is easy, and runs and determines event
Barrier is few, and easy maintenance, service life of equipment, filtered driving force is big, and resulting mud cake water content is low.Filter area range of choice spirit
It is living, and the land occupation of unit filter area is less；To the adaptable of material.Its disadvantage are as follows: be unable to continuous operation, treating capacity is small, filter
Cloth consumption is big.Easily blocking, needs using high-pressure pump；It is not suitable for the dehydration of oiliness sludge；It is difficult to realize continuous automatic running.It is suitable
For medium and small sludge dewatering treatment occasion.
Belt type dewaterer is by strainer, spreading cylinder, strainer clamping system, strainer deviation system, strainer drive system and strainer
Rinse-system composition.After sludge flows on two blocks of band-like filter clothes up and down of continuous rotation between the rolls.The tension and roll of filter cloth
Pressure and shearing force successively act on the sludge being clipped between two blocks of filter clothes and carry out gravity concentration and pressurizing and dehydrating.Dehydration
Mud cake carries out gravity concentration and pressurizing and dehydrating by scraping on mud.Dehydrated sludge cake is removed by cleaning shoe, and the filter cloth for having removed mud cake is used
Water cleaning, to prevent filter cloth hole plug, influences the rate of filtration.Belt mud dewatering equipment is by upper and lower two strainer being tensioned entrainments
Sludge blanket, the S-shaped process from the roll-in cylinder of a succession of regular arrangement formed by the tension of strainer itself to sludge blanket
Squeezing and shearing force, the capillary water in sludge blanket is squeezed out, the higher mud cake of solid content is obtained, to realize that sludge is de-
Water.General belt mud dewatering equipment is by strainer, roll-in cylinder, strainer clamping system, strainer deviation system, filter belt flushing system and filter
Band drive system is constituted.Its advantage are as follows: applying pressure to sludge on filter cloth using the tension and pressure of filter cloth makes its dehydration simultaneously
Vacuum or pressurized equipment are not needed, power consumption is few, convenient operation and management, it can operate continuously, thus be most widely used.Together
When belt mud dewatering equipment influenced by sludge load fluctuation it is small, also have that mud extraction moisture content is lower and the operation is stable open consumption less,
Management control is not relatively easy, high to the competency profiling of operating personnel.Disadvantage are as follows: easily blocking needs a large amount of water to clean, makes
At secondary pollution；It is unsuitable for the processing of oiliness sludge.
Mainly the auger conveyor by rotating cylinder and with hollow rotating shaft forms centrifugal dehydrator, and sludge is sent by hollow rotating shaft to be turned
After cylinder under the centrifugal force effect that high speed rotation generates, it is dumped into turns intracavitary immediately.Mud granule specific gravity is larger, thus generate
Centrifugal force is also larger, is got rid of and is attached on rotating hub inner wall, and solid layer is formed；Water density is small, and centrifugal force is also small, only on the inside of solid layer
Generate liquid level.The sludge of solid layer is transported to the tapered end of reprinting, around reprinting under the slow promotion of auger conveyor
Outlet be continuously discharged, it is outer that liquid then drains into reprinting by four overflow of weir, and dewaterer is discharged after collecting.Its advantage are as follows: centrifugal dehydration
Machine single machine treating capacity is larger, up to 50m3/ h or more, processing load reach 1500kg/h, are the several times of belt type dewaterer, are relatively applicable in
In large-scale wastewater treatment plant.Centrifuge takes up little area, high degree of automation, generally totally-enclosed pattern, is conducive to improve operating environment.
Its disadvantage are as follows: centrifuge power consumption is higher, and noise is larger, and processing capacity is low, and maintenance technique requires the disadvantages of high.
Above-mentioned equipment for separating liquid from solid respectively has superiority and inferiority in this field, there is no at present a kind of by knot the advantages of above-mentioned three classes dewaterer
Dehydration device altogether.
Summary of the invention
The utility model solves above-mentioned deficiency in the prior art, provides a kind of using the vertical of completely new dehydration mode
Formula suspends dehydration device in midair, the device can continuous feed, discharging, treating capacity is big, and dehydration efficiency is high, and dehydration is thorough.
Realize technical solution used by the utility model above-mentioned purpose are as follows:
A kind of vertical suspention dehydration device includes at least rack and motor, also sets in the vertical suspention dehydration device
It is equipped with dewatering system, angular adjustment system and transmission system, wherein dewatering system is by two vertical dewatering units and side seal board
Composition, the vertical dewatering unit include casing, arc panel, drain pipe, filter cloth, filter plate band and suspending rod and bearing, described
Casing is hollow cuboid vertical structure, and the alien invasion of casing is closed, and the interior facade of casing is the connection being vertically distributed
Rib, arc panel are provided with two pieces, are individually fixed in the top and bottom end of casing, and drain pipe is installed on the bottom of casing, and drain
Pipe is connected to casing internal, there are two the suspending rod is arranged, is individually fixed in the two sides of casing in appearance, and the end of suspending rod
By bearing Suspending fixation in rack, filter cloth is located at the outside of filter plate band in portion, and the two stacking is wound on rack and arc panel
And it is annular in shape；The parallel suspended fixing of two vertical dewatering units is in rack, being feed inlet between the arc panel at the top of the two, two
It is discharge port between the arc panel of person bottom, side seal board is movably connected in the side openings of two vertical dewatering units and split
Mouth is sealed；
The angular adjustment system includes counter-balanced carriage, clump weight, shaft and adjusting bracket, wherein counter-balanced carriage and adjusting
Frame is fixed as one, and the junction of the two is installed in rack by shaft, and three collectively constitutes lever construction, clump weight and
Motor is each attached on counter-balanced carriage；
The transmission system include driving wheel, the first driven wheel, the second driven wheel, deflecting roller, drive shaft, cam and
Transmission belt, driving wheel are installed on the vertex of adjusting bracket and pass through the output axis connection of transmission belt and motor, and drive shaft is provided with
It two or more, is respectively arranged in the two vertical dewatering units in left and right, wherein cam is installed in drive shaft and is located at casing
Inside, the end of drive shaft stretch out in the outside of casing, and the first driven wheel and the second driven wheel are individually fixed in two drive shafts
End, and the first driven wheel is located in the vertical dewatering unit in left side, and the second driven wheel is located at the vertical dewatering unit on right side
In, transmission belt bypasses driving wheel, the first driven wheel, the second driven wheel and deflecting roller, and driving wheel drives the first driven wheel up time
Needle rotation, drives the second driven wheel to rotate counterclockwise, and the first driven wheel and the second driven wheel pass through drive shaft band moving cam in turn
Rotation, the cam its protrusion in rotary course pass through the connection rib of facade and filter plate band in casing and are in close contact.
The transmission system is provided with two sets, is located at the two sides of vertical dewatering unit, the drive shaft perforation
Casing, both ends are located at the outside of the two sides of casing, and the first driven wheel or are mounted on the end of drive shaft
Two driven wheels, the cam are uniformly distributed in the inside of casing along drive shaft, and single cover in transmission system turns there are two settings
To wheel, two deflecting rollers be separately mounted to left and right two vertical dewatering units in casing outside, respectively the first deflecting roller and
Second deflecting roller, the transmission belt are chain, and chain successively bypasses driving wheel, the first driven wheel, the second deflecting roller, the first steering
Wheel and the second driven wheel closing cyclization.
The filter cloth is flexible filter screen, and the filter plate band is hard material, and the outer surface of filter plate band is evenly distributed with convex
It rises and groove, is evenly arranged with water hole in groove, the inner surface of filter plate band is provided with anti-skid design.
Single oscillation limitation bar is provided in any one in the vertical dewatering unit in the left and right two, single oscillation limits bar
One end be fixed on the top or lower part outer wall of casing, the other end is fixed in rack.
It is additionally provided with oscillating angle regulator in the vertical dewatering unit in the left and right two, by lockable sliding block, sliding slot
And two connecting rod compositions, wherein two connecting rods are respectively arranged on the casing in the two vertical dewatering units in left and right, and
The installation site of the two is corresponding, and lockable sliding block is installed on the top of a wherein connecting rod, and one end of sliding slot is hingedly installed
In the top of another connecting rod, lockable sliding block is located in sliding slot, and the adjustable in length of sliding slot.
It is additionally provided with filter cloth cleaning device in the vertical dewatering unit, which is installed on the arc panel of discharge outlet
On, including scraper plate and U-shaped bar, the both ends of U-shaped bar are fixed on the both side plate of arc panel, scraper plate is installed on the cross bar in U-shaped bar
On, and the top margin of scraper plate is in contact with the outer surface of filter cloth.
Wear-resistant seal pad is provided on the two sides of the casing, being fixed by bolts on one side for side seal board is any one
On the wear-resistant seal pad of the casing side of a vertical dewatering unit, it is single that the another side of side seal board is tightly attached to another vertical dehydration
On the wear-resistant seal pad of the casing side of member.
Compared with prior art, vertical suspention dehydration device provided by the utility model has the advantage that 1, this patent
The vertical suspention dehydration device provided, distance gradually becomes smaller from top to bottom between two vertical dewatering units, the charging from top
Mouth pan feeding, the discharge hole for discharge from bottom can be realized continuous operations, and by adjusting between two vertical dewatering units
Angle can be realized the adjusting to material handling capacity and discharging speed, therefore have the advantages that treating capacity is big.2, the first driven wheel
It is rotated with the second driven wheel and then by drive shaft band moving cam, the cam its protrusion in rotary course passes through casing
The connection rib and filter plate band of interior facade are in close contact, so that filter plate band and filter cloth be jacked up and drive it under frictional force downwards
Certain distance is moved, and the filter plate band and filter cloth on two vertical dewatering units can replace fortune downwards under the drive of cam
Dynamic, material to be drained off at this time is sandwiched between two vertical dewatering units, then squeezed by the filter plate band and filter cloth of two sides,
Alternating is rubbed, so that the moisture in material more thoroughly be squeezed out, and is entered in casing through filter cloth and filter plate band.Therefore originally
Device has the advantages that dehydration is thorough.3, angular adjustment system can automatically adjust two according to the size of inlet amount in the present apparatus
Angle between vertical dewatering unit, when inlet amount is big, material can support big two vertical dewatering unit bottoms spacing, pass at this time
Distance can become larger between the first driven wheel, the second driven wheel in dynamic system, but due to the length of transmission belt be it is fixed, into
And will drive driving wheel towards close to the movement of the direction of the first driven wheel and the second driven wheel, counterweight is driven under the action of lever
Frame is rotated up；When inlet amount becomes smaller, in order to guarantee dehydrating effect, counter-balanced carriage under the Gravitative Loads of clump weight and motor to
Lower rotation, to drive adjusting bracket and driving wheel to the direction far from the first driven wheel and the second driven wheel under the action of lever
It is mobile, and then two vertical dewatering unit bottom spacing are reduced, so that the spacing is able to maintain that compression material just.In addition, being
Guarantee the stability of work, the angle between two vertical dewatering units is only allow to be adjusted in a certain range
, by the way that oscillating angle regulator is arranged, can limit two vertical dewatering units between a certain height apart from range,
And then the angle of limitation between the two.4, angular adjustment system can also make the chain moment keep the state being tensioned in the present apparatus.
Detailed description of the invention
Fig. 1 is the overall structure diagram of vertical suspention dehydration device provided by the utility model；
Fig. 2 is the structural schematic diagram of casing in vertical suspention dehydration device provided by the utility model；
Fig. 3 is the schematic diagram of filter cloth and filter plate band in vertical suspention dehydration device provided by the utility model；
In figure: 1- rack, 2- motor, 3- side seal board, 4- casing, 5- arc panel, 6- drain pipe, 7- filter cloth, 8- filter plate band,
9- suspending rod, 10- bearing, 11- connection rib, 12- counter-balanced carriage, 13- clump weight, 14- shaft, 15- adjusting bracket, 16- driving wheel,
The first driven wheel of 17-, the second driven wheel of 18-, the first deflecting roller of 19-, 20- drive shaft, 21- transmission belt, the second deflecting roller of 22-,
23- single oscillation limits bar, the lockable sliding block of 24-, 25- sliding slot, 26- connecting rod, 27- filter cloth cleaning device.
Specific embodiment
Detailed specific description is done to the utility model with reference to the accompanying drawing, but the protection scope of the utility model is not
It is confined to following embodiment.
The structure of vertical suspention dehydration device provided by the present embodiment is as shown in Figure 1, include rack 1, motor 2, dehydration
System, angular adjustment system and transmission system.Wherein dewatering system is made of two vertical dewatering units and side seal board 3, institute
Stating vertical dewatering unit includes casing 4, arc panel 5, drain pipe 6, filter cloth 7, filter plate band 8 and suspending rod 9 and bearing 10, described
Casing is hollow cuboid vertical structure, and structure is as shown in Figure 2.The alien invasion of casing is closed, the interior facade of casing
For the connection rib 11 being vertically distributed, arc panel is provided with two pieces, is individually fixed in the top and bottom end of casing, and drain pipe is installed on
The bottom of casing, and drain pipe is connected to casing internal, there are two the suspending rod settings, is individually fixed in outside the two sides of casing
On table, and the end of suspending rod passes through bearing Suspending fixation in rack, and filter cloth is located at the outside of filter plate band, and the two stacking is wound on
It is in rack and arc panel and annular in shape；The parallel suspended fixing of two vertical dewatering units is in the arc in rack, at the top of the two
It is feed inlet between plate, is discharge port between the arc panel of the two bottom, side seal board is movably connected on two vertical dewatering units
Side openings on and opening is sealed；The filter cloth is flexible filter screen, and the filter plate band is hard material, the two
Structure is evenly arranged with water hole, filter plate in groove as shown in figure 3, the outer surface of filter plate band is evenly distributed with protrusion and groove
The inner surface of band is provided with anti-skid design.It is additionally provided with filter cloth cleaning device 27 in the vertical dewatering unit, device installation
In on the arc panel of discharge outlet, including scraper plate and U-shaped bar, the both ends of U-shaped bar are fixed on the both side plate of arc panel, scraper plate peace
Loaded on the cross bar in U-shaped bar, and the top margin of scraper plate is in contact with the outer surface of filter cloth.It is respectively provided on the two sides of the casing
Have a wear-resistant seal pad, the casing side for being fixed by bolts in any one vertical dewatering unit on one side of side seal board it is wear-resisting close
On packing, the another side of side seal board is tightly attached on the wear-resistant seal pad of the casing side of another vertical dewatering unit.
The angular adjustment system includes counter-balanced carriage 12, clump weight 13, shaft 14 and adjusting bracket 15, wherein counter-balanced carriage
And adjusting bracket is fixed as one, the junction of the two is installed in rack by shaft, and three collectively constitutes lever construction, is matched
Pouring weight and motor are each attached on counter-balanced carriage；Single pendulum is provided in any one in the vertical dewatering unit in the left and right two
One end of dynamic limitation bar 23, single oscillation limitation bar is fixed on the top or lower part outer wall of casing, and the other end is fixed in rack.
Be additionally provided with oscillating angle regulator in the vertical dewatering unit in the left and right two, by lockable sliding block 24, sliding slot 25 and
Two connecting rods 26 form, wherein two connecting rods are respectively arranged on the casing in the two vertical dewatering units in left and right, and two
The installation site of person is corresponding, and lockable sliding block is installed on the top of a wherein connecting rod, and one end of sliding slot is hingedly installed on
The top of another connecting rod, lockable sliding block is located in sliding slot, and the adjustable in length of sliding slot.
The transmission system include driving wheel 16, the first driven wheel 17, the second driven wheel 18, deflecting roller, drive shaft 20,
Cam and transmission belt 21, driving wheel are installed on the vertex of adjusting bracket and pass through the output axis connection of transmission belt and motor, drive
Moving axis is provided with two or more, be respectively arranged in left and right two vertical dewatering units in, wherein cam be installed in drive shaft and
Positioned at the inside of casing, the end of drive shaft stretches out in the outside of casing, and the first driven wheel and the second driven wheel are individually fixed in
The end of two drive shafts, and the first driven wheel is located in the vertical dewatering unit in left side, the second driven wheel is located at the vertical of right side
In formula dewatering unit, transmission belt bypasses driving wheel, the first driven wheel, the second driven wheel and deflecting roller, and driving wheel drives first
Driven wheel rotates clockwise, and the second driven wheel is driven to rotate counterclockwise, and the first driven wheel and the second driven wheel pass through driving in turn
Axis band moving cam rotates, and it is tight that the cam its protrusion in rotary course passes through the connection rib of facade and filter plate band in casing
Contiguity touching.Specifically in the present embodiment, the transmission system is provided with two sets, is located at the two sides of vertical dewatering unit
Side, the drive shaft penetrate through casing, and both ends are located at the outside of the two sides of casing, and are respectively mounted on the end of drive shaft
There are the first driven wheel or the second driven wheel, the cam is uniformly distributed in the inside of casing along drive shaft, single to cover power train
There are two deflecting roller, two deflecting rollers are separately mounted to outside the casing in the two vertical dewatering units in left and right for setting in system, point
Not Wei the first deflecting roller 19 and the second deflecting roller 22, the transmission belt 21 be chain, chain successively bypass driving wheel 16, first from
Driving wheel 17, the second deflecting roller 22, the first deflecting roller 19 and the second driven wheel 18 close cyclization.
The working principle of vertical suspention dehydration device provided by the utility model is as follows: material to be drained off by top into
Material mouth pan feeding, the discharge hole for discharge from bottom start motor mouth, and driving wheel drives the first driven wheel to rotate clockwise, and drive the
Two driven wheels rotate counterclockwise, and the first driven wheel and the second driven wheel pass through drive shaft band moving cam in turn and rotate, the cam
Its protrusion passes through the connection rib of facade and filter plate band in casing and is in close contact in rotary course.To by filter plate band and
Filter cloth jacks up and it is driven to move downward certain distance under frictional force, and filter plate band and filter on two vertical dewatering units
Cloth can alternately move downward under the drive of cam, and material to be drained off at this time is sandwiched between two vertical dewatering units,
Then it squeezed by the filter plate band and filter cloth of two sides, alternately rub, to the moisture in material thoroughly be squeezed out, and through filter
Cloth and filter plate band enter in casing.Since casing internal is hollow, the drain pipe outflow that moisture is arranged from bottom of shell is real
Now it is separated by solid-liquid separation；The top margin of material scraper plate set from discharge hole for discharge, filter cloth cleaning device and filter cloth is outer after dehydration
Surface is in contact, and can strike off the material being adhered on filter cloth outer surface.When needing to adjust inlet amount and discharging speed, angle
Spending regulating system can be according to the angle between the size of inlet amount two vertical dewatering units of automatic adjustment, when inlet amount is big
Material can support big two vertical dewatering unit bottoms spacing, at this time the first driven wheel in transmission system, between the second driven wheel
Distance can become larger, but since the length of transmission belt is fixed, so will drive driving wheel towards close to the first driven wheel with
The direction of second driven wheel is mobile, drives counter-balanced carriage to be rotated up under the action of lever；When inlet amount becomes smaller, in order to guarantee
Dehydrating effect, counter-balanced carriage rotate down under the Gravitative Loads of clump weight and motor, adjust to drive under the action of lever
Frame and driving wheel are mobile to the direction far from the first driven wheel and the second driven wheel, and then reduce two vertical dewatering unit bottoms
Spacing, so that the spacing is able to maintain that compression material just.In addition, the stability in order to guarantee work, two vertical dehydrations are single
Angle between member only allows to be adjusted in a certain range, by the way that oscillating angle regulator is arranged, can limit
Make two vertical dewatering units between a certain height apart from range, and then limit angle between the two.
Claims (7)
1. a kind of vertical suspention dehydration device includes at least rack and motor, it is characterised in that: the vertical suspention is dehydrated dress
Dewatering system, angular adjustment system and transmission system are additionally provided in setting, wherein dewatering system is by two vertical dewatering units
It is formed with side seal board, the vertical dewatering unit includes casing, arc panel, drain pipe, filter cloth, filter plate band and suspending rod and axis
It holds, the casing is hollow cuboid vertical structure, and the alien invasion of casing is closed, and the interior facade of casing is vertical distribution
Connection rib, arc panel is provided with two pieces, is individually fixed in the top and bottom end of casing, and drain pipe is installed on the bottom of casing,
And drain pipe is connected to casing internal, there are two suspending rod settings, is individually fixed in the two sides of casing in appearance, and suspend in midair
By bearing Suspending fixation in rack, filter cloth is located at the outside of filter plate band for the end of bar, and the two stacking is wound on rack and arc
It is on shape plate and annular in shape；The parallel suspended fixing of two vertical dewatering units in rack, between the arc panel at the top of the two for into
Material mouth, is discharge port between the arc panel of the two bottom, and side seal board is movably connected on the side openings of two vertical dewatering units
Above and opening is sealed；
The angular adjustment system includes that counter-balanced carriage, clump weight, shaft and adjusting bracket, wherein counter-balanced carriage and adjusting bracket are solid
It is set to one, the junction of the two is installed in rack by shaft, and three collectively constitutes lever construction, clump weight and motor
It is each attached on counter-balanced carriage；
The transmission system includes driving wheel, the first driven wheel, the second driven wheel, deflecting roller, drive shaft, cam and transmission
Band, driving wheel are installed on the vertex of adjusting bracket and pass through the output axis connection of transmission belt and motor, and drive shaft is provided with two
More than, it is respectively arranged in the two vertical dewatering units in left and right, wherein cam is installed on the inside in drive shaft and being located at casing,
The end of drive shaft stretches out in the outside of casing, and the first driven wheel and the second driven wheel are individually fixed in the end of two drive shafts
Portion, and the first driven wheel is located in the vertical dewatering unit in left side, the second driven wheel is located in the vertical dewatering unit on right side, passes
Dynamic band bypasses driving wheel, the first driven wheel, the second driven wheel and deflecting roller, and driving wheel drives the first driven wheel to revolve clockwise
Turning, the second driven wheel is driven to rotate counterclockwise, the first driven wheel and the second driven wheel are rotated by drive shaft band moving cam in turn,
The cam its protrusion in rotary course passes through the connection rib of facade and filter plate band in casing and is in close contact.
2. vertical suspention dehydration device according to claim 1, it is characterised in that: the transmission system is provided with two
Set is located at the two sides of vertical dewatering unit, and the drive shaft penetrates through casing, and both ends are located at the two sides of casing
Outside, and the first driven wheel or the second driven wheel are mounted on the end of drive shaft, the cam is in the inside of casing
It is uniformly distributed along drive shaft, single cover is arranged there are two deflecting roller in transmission system, and two deflecting rollers are separately mounted to left and right two
Outside casing in a vertical dewatering unit, respectively the first deflecting roller and the second deflecting roller, the transmission belt are chain, chain
Successively around driving wheel, the first driven wheel, the second deflecting roller, the first deflecting roller and the second driven wheel closing cyclization.
3. vertical suspention dehydration device according to claim 1, it is characterised in that: the filter cloth is flexible filter screen, institute
Stating filter plate band is hard material, and the outer surface of filter plate band is evenly distributed with protrusion and groove, is evenly arranged with water hole in groove,
The inner surface of filter plate band is provided with anti-skid design.
4. vertical suspention dehydration device according to claim 1, it is characterised in that: the vertical dewatering unit in the left and right two
In any one on be provided with single oscillation limitation bar, top or the lower part outer wall of casing are fixed in one end of single oscillation limitation bar
On, the other end is fixed in rack.
5. vertical suspention dehydration device according to claim 1, it is characterised in that: the vertical dewatering unit in the left and right two
In be additionally provided with oscillating angle regulator, be made of lockable sliding block, sliding slot and two connecting rods, wherein two connecting rods
It is respectively arranged on the casing in the two vertical dewatering units in left and right, and the installation site of the two is corresponding, lockable sliding block peace
Top loaded on a wherein connecting rod, one end of sliding slot are hingedly installed on the top of another connecting rod, lockable sliding block position
In in sliding slot, and the adjustable in length of sliding slot.
6. vertical suspention dehydration device according to claim 1, it is characterised in that: also set up in the vertical dewatering unit
There is filter cloth cleaning device, which is installed on the arc panel of discharge outlet, including scraper plate and U-shaped bar, the both ends of U-shaped bar are fixed
On the both side plate of arc panel, scraper plate is installed on the cross bar in U-shaped bar, and the top margin of scraper plate connects with the outer surface of filter cloth
Touching.
7. vertical suspention dehydration device according to claim 1, it is characterised in that: be respectively provided on the two sides of the casing
Have a wear-resistant seal pad, the casing side for being fixed by bolts in any one vertical dewatering unit on one side of side seal board it is wear-resisting close
On packing, the another side of side seal board is tightly attached on the wear-resistant seal pad of the casing side of another vertical dewatering unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821324912.4U CN208694417U (en) | 2018-08-16 | 2018-08-16 | A kind of vertical suspention dehydration device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821324912.4U CN208694417U (en) | 2018-08-16 | 2018-08-16 | A kind of vertical suspention dehydration device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208694417U true CN208694417U (en) | 2019-04-05 |
Family
ID=65942494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821324912.4U Active CN208694417U (en) | 2018-08-16 | 2018-08-16 | A kind of vertical suspention dehydration device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208694417U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108721984A (en) * | 2018-08-16 | 2018-11-02 | 黄文化 | A kind of vertical suspention dehydration device |
-
2018
- 2018-08-16 CN CN201821324912.4U patent/CN208694417U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108721984A (en) * | 2018-08-16 | 2018-11-02 | 黄文化 | A kind of vertical suspention dehydration device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207210229U (en) | A kind of sewage disposal sludge press filtration device | |
| CN203060942U (en) | Roller screen type solid-liquid separator | |
| CN110015831A (en) | A kind of plate chain type sludge filter press | |
| CN106939773B (en) | A kind of drilling fluid mud screening drying method for treating and drilling fluid mud screening plant | |
| CN206081855U (en) | Concentrated extruder of rotary drum | |
| CN208694417U (en) | A kind of vertical suspention dehydration device | |
| CN203393006U (en) | Drum-type concentration and dehydration all-in-one machine | |
| CN210674436U (en) | Feeding device for belt type vacuum filter | |
| CN111921239A (en) | Mud distribution and filter pressing device | |
| KR20200026457A (en) | Sludge thickening and dehydrating device | |
| CN106823531A (en) | A kind of inner-drum radiation-type vacuum continuous filter | |
| CN201324556Y (en) | Novel continuous filtering, washing and drying machine | |
| CN106955840A (en) | A kind of vibratory sieve for drilling fluid mud | |
| CN108721984A (en) | A kind of vertical suspention dehydration device | |
| CN210261511U (en) | High electrolyte sludge rapid dehydration purification treatment device | |
| CN106731070A (en) | A kind of tower filter press | |
| CN209020043U (en) | A kind of anticlogging plate and frame sludge dewatering equipment with long service life | |
| CN104524833B (en) | Sheet frame horizontal pressure filter | |
| CN112851069B (en) | Belt type concentration and dehydration integrated machine and working method | |
| CN208599272U (en) | A kind of suspended substance in liquid solid-liquid separation filter device | |
| CN101428186A (en) | Continuous filtering, washing and drying machine | |
| CN107029470A (en) | Mechanical extruding type continuous filter press | |
| CN112535893A (en) | Rotary drum vacuum squeezing dehydrator | |
| CN211311267U (en) | Sludge dewatering device for river regulation | |
| CN215365419U (en) | Belt type concentration and dehydration integrated machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |